Introducing EVGA Frostbite 2 Thermal Grease, the next generation in thermal interface material. Designed to deliver a highly-efficient heat transfer under any workload, Frostbite 2 is easy to apply to ensure optimal thermal contact between your CPU or GPU and its heatsink. Whether you’re air cooling, water cooling, gaming or overclocking, EVGA Frostbite 2 Thermal Grease will keep your temperatures on ice.
 
Learn more here: https://www.evga.com/articles/01405/frostbite-2-thermal-grease/

I remember the first frostbite, I think they said it was good for sub-zero temps, as some thermal grease doesn't work as well at ultra-low temps, like with Ln2.
 
I wonder how it compares to some other thermal grease, the big name ones the most.

 I do remember I use first one Frostbite...... Wonder when Frostbite 2 export for Europe?

 

Looks interesting
 
Are EVGA branded 1/4 sheet, thermal pads next ?

Well, I was kind of excited to see a new product. For a minute. Then I found the specs on the back of the package.
 
How can 1.6 W/m-k be good? That seems like extremely low thermal conductivity. I use liquid metal for everything and that is like 75 W/m-k.

EVGATech_JamesL
Learn more here: https://www.evga.com/articles/01405/frostbite-2-thermal-grease/

Is 1.6 a typo on the package? Should it be 16 W/m-k? Can you check for us and let us know?
 

 
 

Come on EVGA... you know Steve over at Gamers Nexus is going to rip on this chart, do your self a favor and remove it before he does his review. lol 
 
 

Mr. Fox
Well, I was kind of excited to see a new product. For a minute. Then I found the specs on the back of the package.
 
How can 1.6 W/m-k be good? That seems like extremely low thermal conductivity. I use liquid metal for everything and that is like 75 W/m-k.

EVGATech_JamesL
Learn more here: https://www.evga.com/articles/01405/frostbite-2-thermal-grease/

Is 1.6 a typo on the package? Should it be 16 W/m-k? Can you check for us and let us know?
 

 
 

Even 16 seems extremely low. I'm using something that is 79 W/mK - now it does an exceptional job in this machine, and it does float quite rapidly (but still staying below old idle temps). 
 
Something just seems off. 

Is this conductive or non conductive?

1.6 W/mk thermal conductivity. source:  https://www.techpowerup.com/267005/evga-announces-frostbite-2-thermal-interface-material
 
Toothpaste would be better. 
 

xenolith
1.6 W/mk thermal conductivity. source:  https://www.techpowerup.com/267005/evga-announces-frostbite-2-thermal-interface-material
 
Toothpaste would be better. 
 

At least it's better than peanut butter! https://onlinelibrary.wiley.com/doi/pdf/10.1111/jfq.12205